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IAS (UPSC) Mains 2022 Solved Precis

Syed Kazim Ali

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18 August 2025

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The IAS (UPSC) Mains 2022 Solved Precis shows how aspirants can condense complex passages into concise, meaningful summaries. This solved model demonstrates the discipline of filtering out excess while holding on to the essential thought, which is the essence of precis writing in competitive exams. By practicing with such examples, learners gain clarity on how to transform lengthy texts into polished, compact expressions.

This UPSC solved precis also acts as a practical learning guide, showing how structure, coherence, and logical flow can be preserved even when the word count is reduced; it trains candidates to read with sharper focus, avoid unnecessary detail, and preserve the author’s intent in a simplified form. Such exposure strengthens not only summarization skills but also overall written communication.

Written by Sir Syed Kazim Ali, this solved precis offers more than an answer key: it provides a model of exam-oriented precision, instils confidence, sharpens linguistic control, and builds the ability to write with balance and accuracy. For serious IAS, CSS, or PMS aspirants, this resource serves as both a reference and a training tool to master one of the core skills of the compulsory English papers.

IAS (UPSC) Mains 2022 Solved Precis

IAS (UPSC) Mains 2022 Solved Precis

Everyone must have had at least one personal experience with a computer error by this time. Bank balances are suddenly reported to have jumped into the millions, appeals for charitable contributions are mailed over and over to people with crazy-sounding names at your address, department stores send the wrong bills, utility companies write that they're turning everything off, that sort of thing. If you manage to get in touch with someone and complain, you then get instantaneously typed, guilty letters from the same computer, saying, 'Our computer was in error, and an adjustment is being made in your account.'

These are supposed to be the sheerest and blindest accidents. Mistakes are not believed to be part of the normal behavior of a good machine. If things go wrong, it must be a personal, human error, the result of fingering, tampering, a button getting stuck, someone hitting the wrong key. The computer, at its normal best, is infallible.

I wonder whether this can be true. After all, the whole point of computers is that they represent an extension of the human brain, vastly improved upon but nonetheless human, super-human maybe. A good computer can think clearly and quickly enough to beat you at chess, and some of them have even been programmed to write obscure verse. They can do anything we can do, and more besides.

It is not yet known whether a computer has its own consciousness, and it would be hard to find out about this. When you walk into one of those great halls now built for the huge machines, and stand listening, it is easy to imagine that the faint, distant noises are the sound of thinking, and the turning of the spools gives them the look of wild creatures rolling their eyes in the effort to concentrate, choking with information. But real thinking, and dreaming, are other matters.

On the other hand, the evidences of something like an unconscious, equivalent to ours, are all around, in every mail. As extensions of the human brain, they have been constructed with the same property of error, spontaneous, uncontrolled, and rich in possibilities.

Mistakes are at the very base of human thought, embedded there, feeding the structure like root nodules. If we were not provided with the knack of being wrong, we could never get anything useful done. We think our way along by choosing between right and wrong alternatives, and the wrong choices have to be made as frequently as the right ones. We get along in life this way. We are built to make mistakes, coded for error.

We learn, as we say, by 'trial and error'. Why do we always say that? Why not 'trial and rightness' or 'trial and triumph' ? The old phrase puts it that way because that is, in real life, the way it is done.

A good laboratory, like a good bank or a corporation or government, has to run like a computer. Almost everything is done flawlessly, by the book, and all the numbers add up to the predicted sums. The days go by. And then, if it is a lucky day, and a lucky laboratory, somebody makes a mistake: the wrong buffer, something in one of the blanks, a decimal misplaced in reading counts, the warm room off by a degree and a half, a mouse out of his box, or just a misreading of the day's protocol. Whatever, when the results come in, something is obviously screwed up, and then the action can begin.

The misreading is not the important error; it opens the way. The next step is the crucial one. If the investigator can bring himself to say, 'But even so, look at that!' then the new finding, whatever it is, is ready for snatching. What is needed, for progress to be made, is the move based on the error.

Whenever new kinds of thinking are about to be accomplished, or new varieties of music, there has to be an argument beforehand. With two sides debating in the same mind, haranguing, there is an amiable understanding that one is right and the other wrong. Sooner or later the thing is settled, but there can be no action at all if there are not the two sides, and the argument. The hope is in the faculty of wrongness, the tendency toward error. The capacity to leap across mountains of information to land lightly on the wrong side represents the highest of human endowments.

IAS (UPSC) Mains 2022

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Precis Solution

Important Vocabulary

  • Sheerest and blindest accidents (Idiomatic phrase): Pure, absolute, and entirely unintended mistakes without any underlying cause
    • Contextual Explanation: Refers to the common belief that computer malfunctions are random, isolated incidents, not inherent flaws
  • Infallible (Adjective): Incapable of making mistakes or being wrong; absolutely trustworthy
    • Contextual Explanation: Describes the widely held, but questioned, belief that a computer, when functioning correctly, is perfect and never makes errors
  • Extension of the human brain (Metaphorical phrase): Something that expands or enhances the capabilities of the human mind
    • Contextual Explanation: Describes computers as tools that significantly supplement human intelligence and abilities
  • Obscure verse (Noun phrase): Poetry that is not clearly expressed or easily understood; cryptic poetry
    • Contextual Explanation: Used as an example of a creative, complex task that some advanced computers have been programmed to perform
  • Choking with information (Figurative phrase): Overwhelmed or filled to capacity with a huge amount of data
    • Contextual Explanation: Used metaphorically to describe computers appearing to struggle under the immense volume of data they process, similar to someone struggling to breathe
  • Evidences of something like an unconscious (Phrase): Indications or signs of a part of the mind that is not accessible to conscious thought, but influences behaviour
    • Contextual Explanation: Refers to the author's idea that computer errors are analogous to the human unconscious mind, producing unexpected but meaningful outcomes
  • Knack of being wrong (Idiomatic phrase): A special talent or inherent ability for making mistakes
    • Contextual Explanation: Refers to the inherent human tendency or skill for making errors, which the author argues is crucial for progress
  • Trial and error (Idiomatic phrase): The process of experimenting with various methods of doing something until one finds the most successful
    • Contextual Explanation: A common phrase used to describe how human beings learn, which the author uses to argue for the essential role of mistakes in learning and progress
  • Screwed up (Informal verb phrase): Made a mess of (something); handled badly; gone wrong
    • Contextual Explanation: Describes the situation when experimental results are clearly incorrect or inconsistent, often due to an unexpected error
  • Haranguing (Verb): Lecturing (someone) at length in an aggressive and critical manner
    • Contextual Explanation: Describes the intense, often self-critical, internal debate where opposing ideas "lecture" each other within one's mind
  • Faculty of wrongness (Noun phrase): The inherent ability or capacity to make mistakes
    • Contextual Explanation: Refers to the author's core idea that the human capacity for error is not a flaw but a fundamental and valuable attribute
  • Capacity to leap across mountains of information to land lightly on the wrong side (Figurative phrase): The ability to make intuitive, insightful connections that might initially seem incorrect but lead to breakthroughs
    • Contextual Explanation: This is a powerful metaphor for the innovative power of human error or unconventional thinking, leading to unexpected discoveries
  • Highest of human endowments (Superlative phrase): The greatest or most superior of human qualities or gifts
    • Contextual Explanation: Refers to the author's strong belief that the ability to make mistakes is one of humanity's most valuable and advanced traits
  • Turning of the spools (Noun Phrase): The rotation of circular reels used in computing machinery
    • Contextual Explanation: Describes the visual and auditory activity inside large computers, metaphorically likened to wild creatures concentrating or “thinking”
  • Coded for error (Verb Phrase): Programmed or inherently designed to make mistakes
    • Contextual Explanation: Implies that humans, and by extension, computers modelled after the human brain, are naturally prone to making mistakes, which are essential for growth and discovery

Important Ideas of the Passage

The passage argues that mistakes and errors are not flaws but an essential, foundational part of human intelligence and progress. And the author's purpose is to persuade the reader to re-evaluate the role of error in both technology and human intelligence. He wants to demonstrate that progress, whether in science or creativity, depends on the capacity for "wrongness" and the willingness to learn from it.

In other words, the author presents a clear and provocative thesis: error is not a bug but a feature of intelligence. Furthermore, he uses anecdotes and philosophical reasoning to challenge the conventional view of both computers and human thought, making a strong case for the value of mistakes.

Main Idea of the Passage

  • Mistakes, often seen as flaws, are an essential component of both human and computer intelligence and are fundamentally necessary for learning, discovery, and progress.

Supporting Ideas Helping the Main Idea

  • Computer errors are a common experience, but people view them as human faults, believing machines are infallible.
  • The author questions this belief, suggesting that because computers are extensions of the human brain, they too must have a capacity for error.
  • Mistakes are a fundamental part of human thought as people learn by choosing between correct and incorrect options, making mistakes and learning from them.
  • Laboratories and institutions run routinely, but progress often arises from accidental mistakes.
  • The creative leap happens when errors are recognized as opportunities.
  • Argument, wrong choices, and competing sides of thought are essential for innovation.
  • The faculty of error represents humanity’s greatest strength.

Confused About Main and Supporting Ideas?

Kindly make sure to revise all five lectures on Precis Writing that I have already delivered. In these sessions, we discussed in detail:

  • What a precis is and its purpose.
  • What the main idea means and how to extract it effectively.
  • What supporting ideas are and how to identify them.
  • How to coordinate the main and supporting ideas while writing a concise, coherent precis.

Additionally, go through the 20 examples I shared in the WhatsApp groups. These examples highlight the Dos and Don’ts of Precis Writing, and revising them will help you avoid common mistakes and refine your technique.

Precis

Precis 1

Everyone has experienced a computer error, but these are often blamed on human mistakes as computers are believed to be perfect. This assumption is questionable because computers are an extension of the human brain, and humanity is inherently built to make mistakes. Undoubtedly, errors are the foundation of human thinking, ingrained in the structure of thought; people learn by trial and error, and being wrong is a fundamental part of this process. Moreover, a computer, like a good institution, runs flawlessly most of the time. However, on a fateful day, when an error occurs, real progress can begin. A minor mistake is not the most important thing; rather, it is the new opportunity that it creates. And the crucial next step is for an investigator to distinguish that something is awry and to see a new discovery in the failure. Similarly, new ideas and creative breakthroughs often come from internal debates where one idea is wrong. Indeed, this capacity for making mistakes and then acting upon them is the greatest human ability.

  • Original Words in the Passage: 746
  • Precis Word Count: 172
  • Title: The Unexpected Virtue of Mistakes

Precis 2

Errors from computers in billing or notices are often excused as human slips, for machines are assumed to be immaculate. Yet computers, modelled on the brain, mirror its imperfections. Like their makers, they generate mistakes that reveal the deeper truth that fallibility is not an aberration but a condition of thought itself. Moreover, human reasoning advances through wrong turns as much as correct ones; trial and error is the engine of learning. Although a perfectly flawless system produces only repetition, an error disrupts routine and creates the possibility of insight. The decisive act then is recognizing value in the anomaly and pursuing its implications. Creativity similarly depends on inner argument, with opposing positions clashing until something new arises. Indeed, innovation requires the presence of wrongness, for it provides the contrast and tension that allow thought to leap beyond accumulated knowledge and is the very faculty that sustains progress itself.

  • Original Words in the Passage: 746
  • Precis Word Count: 149
  • Title: The Creative Power of Error

Precis 3

Most people have encountered mistakes from machines, but such mishaps are usually dismissed as human carelessness, for computers are thought to be flawless. Yet they are extensions of the human mind and therefore share its fallibility. Their errors, like ours, appear spontaneous and unpredictable. Moreover, human thought itself is grounded in mistakes: learning happens by trying new things and making mistakes, not by endless perfection. Similarly, in research and organized work, accuracy is expected, but true discoveries often arise when an accident disrupts routine; an error may reveal an unexpected result, and if the investigator is alert, this can lead to a new finding. Likewise, creativity also depends on debate within the mind, a struggle between right and wrong alternatives. Undoubtedly, innovation emerges from the clash of opposites. In a nutshell, the gift of making mistakes is a vital faculty: it enables leaps beyond existing knowledge.

  • Original Words in the Passage: 746
  • Precis Word Count: 146
  • Title: Error as the Basis of Progress

Precis 4

The common belief that computer errors are purely human faults is challenged by the idea that computers, as extensions of the human brain, are also capable of spontaneous error. The author argues that human intelligence itself is fundamentally based on mistakes; this is reflected in how new knowledge is acquired, i.e., by learning from new mistakes. Furthermore, even in a perfect system, such as a laboratory, inventions often occur only when a mistake happens, opening the way for new findings. The critical step is not the error itself but the ability to recognize it as an opportunity for discovery. In the same manner, new thoughts and creativity are also born from internal intellectual conflicts, where the possibility of being wrong is necessary for any resolution to emerge. The capacity for error, therefore, is portrayed as the best quality of human beings.

  • Original Words in the Passage: 746
  • Precis Word Count: 141
  • Title: The Inherent Capacity for Error in Intelligence

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18 August 2025

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Syed Kazim Ali

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1st Update: September 5, 2025 | 2nd Update: September 27, 2025

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